simulide

SimulIDE is a simple real-time electronic circuit simulator

A keychain with LED Matrix 8x8 and CH32V003

MetroExpress is a modular embedded ticket machine simulation for the ATmega32, built in Embedded C with a layered architecture, finite state machine (FSM), and SimulIDE support.

嘉立创EDA专业版扩展：原理图SimulIDE仿真；EasyEDA Pro extension: schematic simulation with SimulIDE

Three-Arduino mobile humidity-control robot with RFID navigation, distributed sensing, Python/MySQL control, and a real-time dashboard.

This project is an Embedded System implementation for a Security Keypad. It features a password-protected system that authenticates users and allows access based on predefined logic. The project is designed to work on a microcontroller, with hardware and software components integrated to achieve a secure and functional setup.

A FreeRTOS-based solar panel sun tracker for ATmega32 with LDR tracking, night parking, cloud detection, and fault handling.

Ordered firmware for mcu ATmega328.

Systemy wbudowane

This is a simple Verilog to SimulIDE block converter written in Python using the PLY module.

Using IC74HC4017 to multiplex between 4 7-segment displays

Microcontrollers ATmega324PA and ATmega8

My SimulIDE Projects

Semáforo con cruce peatonal realizado en Arduino usando registros y temporización con millis(), implementando una máquina de estados finitos e interrupciones para la solicitud de cruce mediante botón.

An intelligent street light system using ATmega32, Embedded C, and SimulIDE with automatic day/night detection and motion-based lighting control.

This example implements a difference equation simulation on SimulIDE

En el proyecto se desarrolló un modelo de clasificación de señales ECG sintéticas usando LSTM. Luego estas señales ECG sintética lo convertimos a WAV para ser visualizado en el software SIMULIDE para posteriormente interactuar con algún sistema embebido.

This example implements a digital 4-bit sequential multiplier simulation on SimulIDE

A project for learning purposes in C programming language for PIC18F that explores the following features: interrupts, timing, input and output ports (I/O), and peripherals (buttons, LEDs and 7-segment displays).